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Implementing Generic Classes | Generics & Reflection
Advanced C# with .NET
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Advanced C# with .NET

Advanced C# with .NET

1. Introduction to Desktop Development with .NET
2. Interactive GUI
3. Threading
4. Generics & Reflection

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Implementing Generic Classes

The basic syntax for implementing a Generic class is as follows:

Here T1, T2, .. represent the type parameters.

We can create a new instance of a generic class using any of the following syntax:

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ClassName<T1, T2, ..> varName = new ClassName<T1, T2, ..>(args, ..); ClassName<T1, T2, ..> varName = new ClassName<>(args, ..); ClassName<T1, T2, ..> varName = new ClassName(args, ..); var varName = new ClassName<T1, T2, ..>(args, ..);

We can use the type parameters anywhere inside the class body where a data type is applicable. For-example, we can use the type parameter(s) to:

  • Create class attributes or properties
  • Specify method argument types
  • Specify method return types
1. What is the primary benefit of using generic classes in C#?
2. How do you define a generic class in C#?
3. Can a generic class have multiple type parameters? If yes, how would you define it?
What is the primary benefit of using generic classes in C#?

What is the primary benefit of using generic classes in C#?

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How do you define a generic class in C#?

How do you define a generic class in C#?

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Can a generic class have multiple type parameters? If yes, how would you define it?

Can a generic class have multiple type parameters? If yes, how would you define it?

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